The effect of six cropping systems on soil carbon, aggregation and microbial community was examined after three growing seasons. The six cropping systems involved corn, sorghum, soybean, red clover, timothy and bare fallow, and differed in terms of tillage practice, type of crop (perennial versus annual) and type, amount and quality of carbon inputs to soil. Soil structure under sorghum and timothy differed from that of bare soil. Soil total carbon content exceeded that of fallow only under the two perennial cropping systems. Microbial community size and activity, arbuscular mycorrhizal fungi, bacteria and Gram(-) bacteria were positively correlated with tot...
Understanding the influence of long-term crop management practices on the soil microbial community i...
EA ECOLDUR GENOSOLEAECOLDURGENOSOLInternational audienceAnthropogenic pressures on agricultural soil...
This chapter deals with the impact on soil microbiology of innovative management techniques for enha...
The size and structure of the soil microbial community was measured under maize grown in rotation wi...
The size and structure of the soil microbial community was measured under maize grown in rotation wi...
Examining the soil microbiome structure has great significance in terms of exploring the mechanism b...
Soil productivity is strongly influenced by the activities of microbial communities. However, it is ...
We investigated how conversion from conventional agriculture to organic management affected the stru...
We investigated how conversion from conventional agriculture to organic management affected the stru...
<div><p>Changes in soil microbiotic properties such as microbial biomass and community structure in ...
Under conservation agriculture (CA), soil aggregates physically protect soil organic C, creating mic...
Understanding the influence of long-term crop management practices on the soil microbial community i...
This chapter deals with the impact on soil microbiology of innovative management techniques for enha...
Understanding the influence of long-term crop management practices on the soil microbial community i...
Under conservation agriculture (CA), soil aggregates physically protect soil organic C, creating mic...
Understanding the influence of long-term crop management practices on the soil microbial community i...
EA ECOLDUR GENOSOLEAECOLDURGENOSOLInternational audienceAnthropogenic pressures on agricultural soil...
This chapter deals with the impact on soil microbiology of innovative management techniques for enha...
The size and structure of the soil microbial community was measured under maize grown in rotation wi...
The size and structure of the soil microbial community was measured under maize grown in rotation wi...
Examining the soil microbiome structure has great significance in terms of exploring the mechanism b...
Soil productivity is strongly influenced by the activities of microbial communities. However, it is ...
We investigated how conversion from conventional agriculture to organic management affected the stru...
We investigated how conversion from conventional agriculture to organic management affected the stru...
<div><p>Changes in soil microbiotic properties such as microbial biomass and community structure in ...
Under conservation agriculture (CA), soil aggregates physically protect soil organic C, creating mic...
Understanding the influence of long-term crop management practices on the soil microbial community i...
This chapter deals with the impact on soil microbiology of innovative management techniques for enha...
Understanding the influence of long-term crop management practices on the soil microbial community i...
Under conservation agriculture (CA), soil aggregates physically protect soil organic C, creating mic...
Understanding the influence of long-term crop management practices on the soil microbial community i...
EA ECOLDUR GENOSOLEAECOLDURGENOSOLInternational audienceAnthropogenic pressures on agricultural soil...
This chapter deals with the impact on soil microbiology of innovative management techniques for enha...